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Plating machine setters, operators, and tenders set up, operate, or tend plating equipment, immerse metal or plastic workpieces in electrolyte or molten metal, control process parameters, and inspect plating quality. Chemical, bath, and electrical risks are managed by qualified personnel according to site rules; paper exercises do not constitute machine operating authorization.
RC interests, paper scores, or statistical wages cannot prove machine operating qualification; real plating, bath mixing, and repair are verified by chemicals, equipment, training, and position authorization.
First read the fictional A1/A2/A3, compute the sample defect ratio as 2÷5=40%, list the three unknowns of parameter targets, bath labels, and ventilation, and per the agreement write a pause handover note; do not infer the pass rate of the whole batch.
Plating machine setters, operators, and tenders (O*NET 51-4193) set up, operate, or tend plating equipment to coat chromium, zinc, copper, nickel, and other metals on metal or plastic workpiece surfaces to protect or decorate them.
O*NET 51-4193 lists tasks such as immersion plating, adjusting current and voltage, watching instruments, inspecting plating defects and thickness, and keeping production records. The standalone BLS row provides the 2025 wages and the 2025—2035 projection.
113,594 yuan per year
The National Bureau of Statistics 2025 urban non-private manufacturing employee pre-tax average annual wage; broad industry background, not plating-specific.
76,055 yuan per year
O*NET 51-4193 United States national wages (BLS 2025 data)｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000; BLS employment projection｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm; BLS wage statistics methodology｜https://www.bls.gov/oes/oes_ques.htm
33,790 dollars per year
| Entry positions | What you mainly do at the start | What employers usually look at | How to prove it without experience | Differences from other directions |
|---|---|---|---|---|
| Production line support | Prepare workpieces, labels, and records under supervision. | Identify the no-entry boundaries for baths and energized equipment. | Paper workpiece batch and abnormality cards. | Assistance is not equal to machine operating authorization. |
| Trainee plating operators | Learn process cards, racking, parameters, and plating inspection. | Training records and chemical safety discipline. | Fictional batch quality control table. | Must work within the supervision scope. |
| Plating machine setters, operators, and tenders |
O*NET 51-4193 lists tasks such as immersion plating workpieces, adjusting current and voltage, watching gauges, checking coatings for blisters and thickness, and recording production; the actual process depends on the production line.
51-4193 forms metal coatings by immersion plating in electrolyte or molten metal; 51-9124 applies various coatings with spraying or roller-coating equipment, and the media and equipment training differ.
Consider whether you can keep checking process cards, gauges, coatings, and batches, and accept chemicals, electrical hazards, and workshop discipline. RC interests are only an exploratory clue.
Willingness to keep verifying process cards, instruments, plating, and batches and to acknowledge and report the unknown is what makes further exploration worthwhile; chemicals, shifts, and workshop environment also need to be compared.
Review: ask a peer to verify the workpiece batch, unverified parameters, inspection records, and recipients; paper work cannot prove machine operating qualification.
Plating machine setters, operators, and tenders form metal coatings on metal or plastic workpieces, and the core tasks are immersion plating, parameter monitoring, plating inspection, and recording; the typical United States path is a high school diploma or equivalent plus medium-term on-the-job training.
Workplace｜Metal or plastic product surface treatment workshops. Work objects｜Workpieces, baths, plating, and process parameters. Core tools｜Plating tanks, instruments, process cards, and thickness gauges, used under authorization. Collaboration partners｜Process, quality control, equipment maintenance, and the site supervisor. Safety boundary｜Chemical contact, electrical, ventilation, and lifting are controlled by site rules. Quality requirements｜Plating coverage, defects, and thickness are inspected against approved specifications. Site pace｜Material preparation, racking, immersion, parameter monitoring, removal, inspection, and handover. Abnormal escalation｜Pause and report on bath, instrument, or plating abnormalities. Jurisdiction note｜The OSHA plating material applies to the United States and does not substitute for Chinese regulations.
Verify the workpiece, plating solution, time, and equipment against the process card; rack, immerse, and watch current and voltage, then inspect plating defects and thickness after removal and keep records.
The standalone BLS 51-4193 row has a 2025 wage median of 43,960 dollars, with employment projected at about 33,300 in 2025 and about 30,100 in 2035.
Verify workpiece and process card → verify equipment and protection → rack and immerse → monitor current and voltage → inspect plating → record and hand over
China uses manufacturing industry and production position wages as background: urban non-private manufacturing units 113,594 yuan per year and private units 76,055 yuan per year; above-scale manufacturing production, manufacturing, and related personnel 79,182 yuan per year. All are 2025 pre-tax annual average wages covering a broad industry or broad positions, not plating-specific wages, a median, a new entrant starting salary, or take-home income.
Quality standard: plating coverage, defects, thickness, and process records are reviewed against approved specifications; acceptance is the responsibility of authorized personnel.
BLS 51-4193 projects an employment change of -9.7% and about 2,500 average annual openings; openings include replacements and do not represent Chinese hiring.
Confirm process card and batch → chemical and equipment safety verification → rack and immerse → parameter monitoring → plating inspection → abnormal handover
The OSHA United States material notes that plating with hexavalent chromium may carry exposure risk; the specific chemical, electrical, and ventilation controls follow factory rules.
Inspectable outputs: workpiece batches, process parameters, plating defects, thickness, and abnormality records; paper exercises do not constitute machine operating authorization.
Plating positions form metal deposit coatings; coating positions use different coating media, heat treating positions change material properties, and standalone inspection positions judge products under inspection authorization. Bath mixing and maintenance may also be supplementary plating tasks and must be verified by training, specific duties, and authorization rather than being excluded wholesale. Complete process: from workpiece preparation, equipment inspection, immersion, and parameter monitoring to plating inspection, recording, and handover according to the approved process card.
Purpose: form a protective or decorative metal coating on the workpiece surface that meets specifications.
Deliver an inspectable metal coating.
Based on the process card, material batch, equipment condition, and product specifications.
Workpiece and bath conditions must match the process.
Definition: 51-4193 is the standalone United States occupation for setting up, operating, and tending plating equipment, focusing on immersion plating and plating quality.
Rack, immerse, monitor parameters, and inspect plating.
Operating steps are constrained by chemical, electrical, and equipment safety.
Reviewable plating quality and production records.
Acceptance is completed by authorized personnel according to product specifications.
Plating operators are responsible for equipment operation and recording within their authorized scope.
O*NET also lists supplementary tasks such as mixing or testing baths and machine maintenance, which are not wholesale excluded from this occupation; the specific operation, repair, waste liquid handling, and acceptance follow the training and position authorization division of labor.
The responsibility split for chemicals, equipment repair, inspection, and abnormal handling must be clear.
Pause and report when parameters, protection, or bath conditions are unverified.
This page explains the United States 51-4193 occupation and public statistics.
Specific chemicals, equipment qualifications, and quality acceptance follow the location and factory rules.
BLS lists the 51-4193 typical entry-level education as a high school diploma or equivalent plus medium-term on-the-job training; specific hiring requires separate verification.
Work objects: metal or plastic workpieces, plating solutions, plating equipment, and the final coating. O*NET lists tasks such as immersion plating, adjusting current and voltage, watching instruments, and inspecting plating; materials and methods vary by production line.
The United States typical requirement is a high school diploma or equivalent plus medium-term on-the-job training; specific positions and Chinese qualifications require separate verification.
The occupational process consists of the process card, bath, parameters, removal, and quality inspection; authorization cannot be judged from the occupation name alone. Sources: O*NET supports the tasks and the realistic-dominant interest; BLS supports the United States wages and employment; OSHA supports the United States hexavalent chromium plating risks.
Verify the production line, process card version, adjustable parameters, and authorized operating scope; the occupation name alone does not permit machine operation.
Records: workpiece batches, baths, parameters, defects, thickness, and handovers should all be traceable. Market: BLS projects United States 51-4193 employment of about 33,300 in 2025 and about 30,100 in 2035, a change of -9.7%, with about 2,500 average annual openings.
Verify the actual bath composition, material instructions, ventilation, and exposure control; the hexavalent chromium material is not generalized to all plating chemicals.
Collaboration: process, quality control, maintenance, and environmental positions divide work according to factory rules. Ability: equipment parameters, measurement, defect identification, and chemical risk must be built up in supervised training.
Verify instruments, thickness measurement, defect records, and deviation handling; inspection records do not automatically confer final product release authority.
Classification: 51-4193 is the standalone United States plating equipment occupation; its tasks differ from coating, heat treating, and general quality inspection positions. Quality judgment: verify coverage, thickness, and defects against product specifications, and do not fabricate unified process thresholds.
Confirm the training and responsibility chain for bath mixing, maintenance, repair, and waste liquid handling; cross-duty work requires separate authorization.
Decision: first verify the fit for chemicals, equipment, shifts, training, and personal workshop environment. Path: move from paper process cards and risk identification into supervised training, with real machine operation following employer and local requirements.
Verify standing, shifts, physical load, written pay, and training arrangements, and ensure batch abnormalities and recipients are traceable.
When comparing, first ask about the treatment medium, equipment, parameters, finished product, and inspection duties; adjacent equipment experience does not convert directly into authorization.
O*NET 51-4193 and adjacent occupation materials support the task boundaries respectively, and the BLS wages and projection are used only for their own occupations.
O*NET 51-4193 centers on immersion plating, parameter adjustment, and plating inspection; coating, heat treating, chemical equipment, and standalone quality inspection each have different processes and responsibilities.
51-4193 centers on plating tanks and metal coatings.
Suits process parameters and plating inspection.
Immerse workpieces in electrolyte or molten metal, adjust parameters, and check the plating.
Plating machine setters, operators, and tenders
The coating medium and equipment methods differ.
Suits spraying and coatings.
Cover product surfaces with spraying or roller coating equipment.
Coating, painting, and spraying machine setters, operators, and tenders
Temperature cycles and material properties are the core.
Suits thermal equipment.
Heat treat metal or plastic workpieces in furnaces.
Heat treating equipment setters, operators, and tenders
The process object and responsibility scope differ.
Suits chemical process control.
Monitor chemical reactions or processing equipment.
Chemical equipment operators and tenders
Standalone quality inspection is not equal to plating equipment operation.
Suits quality inspection.
Inspect, test, or sort products according to specifications.
Inspectors, testers, sorters, samplers, and weighers
Mechanical surface processing differs from electrolytic deposition.
Suits machining.
Grind, polish, or remove workpiece surface defects.
Metal and plastic grinding and polishing machine operators
First verify whether the direction is plating, coating, heat treating, chemical equipment, or quality inspection, then verify chemical and equipment training.
Beginners
First learn process cards, equipment, and chemical safety, then practice recording tools with fictional materials.
Trainees
The mentor verifies that recording tool output matches the original instruments, batch, and plating inspection.
Site teams
Establish parameter, pause, data authorization, and shift handover review processes.
Process, quality control, and maintenance personnel
Limit tool access permissions so erroneous output is traceable and corrected promptly.
Generative AI may assist with summarizing already-recorded text and checking for omissions. Instrument monitoring, sensors, and image inspection are different technologies and their capability must be validated for the specific system; this page has no plating plant tool adoption rate or 51-4193 replacement rate. Bath, energization, and plating acceptance are the responsibility of authorized personnel.
O*NET plating machine setters, operators, and tenders
51-4193 real tasks
ILO generative AI exposure study
Cross-occupation task study
BLS 51-4193 detailed projection
51-4193 wages, employment, and typical training
BLS standalone occupational projection
51-4193 employment
NIST generative AI risk profile
Tool risk governance
O*NET work environment
51-4193 workshop equipment and chemical work
NIST generative AI risk profile
Human oversight and reliability
Record organization, instrument prompts, and real bath and plating inspection are different activities; generating a draft is not product acceptance.
Can organize recorded items, omissions, and shift handover drafts
Operators verify the original instrument readings, bath condition, workpiece batch, and recipients.
Digital measurement can help record plating thickness; this is not generative text automation.
The crew confirms the workpiece, bath, and parameter conditions according to the process card.
Algorithms cannot approve bath mixing, energization, or equipment repair.
Authorized personnel control equipment and abnormal handling according to factory rules.
O*NET supports the real 51-4193 tasks; the ILO study discusses occupational task exposure, NIST provides a generative AI risk governance framework; the BLS employment projection does not separate out the AI effect.
Does not measure AI adoption or replacement
O*NET 51-4193
United States plating equipment operating tasks
Lists immersion plating, adjusting current and voltage, watching instruments, and inspecting plating.
Does not provide a standalone 51-4193 replacement rate
ILO generative AI occupational exposure study
Cross-occupation task exposure
Distinguishes task exposure from position replacement
Does not certify bath safety or plating quality
NIST generative AI risk profile
Organization-level tool risk governance
Raises reliability, information, and human oversight risks
Does not separate out the causal AI contribution
BLS 51-4193 standalone projection
United States plating operator employment
About 33,300 in 2025, about 30,100 in 2035, change of -9.7%
Not an on-site tool evaluation or adoption rate
Editorial summary of task assistance
Production and shift handover text work
Low-risk records may be trialed with assistance
It means text tasks may be assisted, not factory adoption or occupational disappearance.
Actual adoption requires verifying the process and data versions, interface permissions, missed and false defect detection, thickness remeasurement, and abnormal return responsibility; being able to generate a summary does not prove factory adoption or a qualified coating.
The BLS 51-4193 projection is formed by multiple factors and does not separate out the net AI effect on this occupation.
This time no reliable 51-4193 replacement rate was verified; text assistance differs from equipment operation, and the BLS projection does not attribute to AI.
ILO task exposure study (not plating adoption or a replacement rate)
No. Bath composition, ventilation, equipment, and electrical conditions are confirmed by trained and authorized personnel according to factory rules; a system prompt does not substitute for startup authorization.
O*NET tasks
Use only public or fictional materials to practice production records and shift drafts.
O*NET production record tasks and editorial trial advice
No. The 51-4193 projection changes by -9.7%, and BLS does not attribute the change to AI.
BLS standalone projection
Not equal. The bath, workpiece, and plating condition must be verified on site.
O*NET and editorial boundaries
First verify the organizational authorization, confidentiality scope, and data governance; do not upload unauthorized drawings or personnel information.
NIST risk profile
First learn process cards, parameters, equipment, and chemical safety, then learn recording tools.
O*NET plating parameter and coating tasks
Use only public or authorized materials, and have on-site personnel verify the original records, equipment, and safety conditions.
Enter only public or organizationally authorized materials.
Separate text assistants from instrument prompts and on-site inspection.
Review the original records, workpiece batch, parameters, and plating condition.
Keep tool drafts, manual edits, and shift records.
When dangerous or uncertain, pause according to factory procedures and hand over to qualified personnel.
May miss equipment or bath abnormalities
Compare item by item against the original observations and do not sign on model text.
Process cards, client, and personnel information may leak
Use only approved systems and data.
May bypass the process approval chain
Authorized personnel verify and decide whether to pause.
May mislead parameter or defect decisions
Verify the approved process card, material instructions, and applicable version.
The successor may be unable to verify the reason for pausing
Record the time, workpiece batch, parameters, and recipient.
Bath, ventilation, and electrical conditions are reviewed by qualified personnel.
Production inspection records
Record organization
Can flag missing form items
Verify the original time, workpiece batch, and recipient.
Shift summary
Text organization
Can generate drafts of unfinished items
Authorized personnel decide whether to pause and retest.
Parameter abnormality prompts
Instrument monitoring
A specific monitoring system, once verified on site, may flag deviations in current, voltage, or thickness records; a text assistant must not be treated as a measuring instrument.
Verify the applicable version and on-site plan.
Process material retrieval
Information access
Can search public standards, process versions, and material instructions.
Must be checked by experienced personnel and does not replace practical training.
Training material drafts
Trainee learning
Can generate fictional risk scenarios
Must not replace on-site inspection and authorization decisions.
Image record assistance
Visual prompts
A validated image tool may assist in marking visible blisters or coverage defects; a photograph cannot prove plating thickness, bath composition, or product conformity.
Plating review and product acceptance are decided by authorized personnel.
Batch and plating records
Quality control collaboration
Can organize workpiece batch and plating inspection records.
First master process cards, parameters, plating inspection, and chemical safety, then use tools to assist low-risk records.
The 2025 urban private manufacturing employee pre-tax average annual wage; broad industry background, not a plating position quote.
79,182 yuan per year
The 2025 above-scale manufacturing production, manufacturing, and related personnel pre-tax average annual wage; it includes many production positions and is not the plating operator median.
Arithmetic mean
All three are annual average wages with different survey populations and cannot be pieced into a plating operator wage range; they also differ in scope from the United States occupational median.
Verify by project and jurisdiction
Chinese plating position requirements are verified according to the factory location, chemicals, and employer, and a unified qualification cannot be presumed from a United States occupation code.
No comparable statistic obtained
This time no national wage distribution for plating operators in China was verified.
Annual 2025
The National Bureau of Statistics of China May 2026 released the 2025 urban unit data.
Manufacturing and broad production position background
Plating forms coatings on metal or plastic products, so the manufacturing and broad production position background is chosen; the specific enterprise statistical industry, working hours, and pay require separate verification.
There is no verifiable quantified value for the AI effect on Chinese plating operator pay, and pay cannot be inferred from digital recording assistance.
The United States 51-4193 occupational scope and Chinese plating qualifications are not automatically mutually recognized.
Verify the project and local requirements
Chinese plating operators
This page did not verify a unified national qualification; confirm according to the project and local requirements.
High school diploma or equivalent
United States plating machine setters, operators, and tenders
BLS lists the typical entry-level education and medium-term on-the-job training; specific positions may differ.
Verify the production support duties
Site support positions
Production support does not automatically grant bath mixing, machine operation, repair, or acceptance authority.
Verify new equipment training and qualifications
Other metalworking occupations
Experience with one method is not authorization for another.
Metal product plating
Verify according to the project location, equipment, and qualifications.
Plastic product plating
Verify the on-site work plan, working hours, and safety requirements.
Decorative coatings
Verify bath, ventilation, electrical, and workpiece handling risks.
BLS 51-4193 standalone wages and projection｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
'Plating machine setter, operator, and tender' is an occupational description; Chinese production line conditions are verified by factory and location.
Insufficient evidence: no national occupation-specific wage median in mainland China directly comparable to United States 51-4193 was verified.
Urban non-private manufacturing units 113,594 yuan per year and private units 76,055 yuan per year; above-scale manufacturing production, manufacturing, and related personnel 79,182 yuan per year. All are 2025 pre-tax annual average wages covering a broad industry or broad positions, not plating-specific wages, a median, a new entrant starting salary, or take-home income.
National Bureau of Statistics 2025 average annual wage of urban unit employees｜https://www.stats.gov.cn/sj/zxfb/202605/t20260515_1963707.html
Urban non-private manufacturing units 113,594 yuan per year and private units 76,055 yuan per year; above-scale manufacturing production, manufacturing, and related personnel 79,182 yuan per year. All are 2025 pre-tax annual average wages covering a broad industry or broad positions, not plating-specific wages, a median, a new entrant starting salary, or take-home income. Insufficient evidence: no comparable Chinese occupational median was verified, and the United States wage is not converted into a Chinese monthly salary. United States BLS expects 51-4193 employment to change by -9.7% over 2025—2035, which does not represent Chinese plating production line demand. The United States 51-4193 occupation 2025 wage median is 43,960 dollars, not a Chinese position quote.
National official statistics
No comparable occupation-specific value for 51-4193
Specific project positions
Current written quotes and working hours must be verified
United States standalone occupational statistics
Cannot be converted into a Chinese wage
51-4193 is a United States occupation code; Chinese qualifications are verified according to the project and local rules.
National Bureau of Statistics 2025 average annual wage of urban unit employees｜https://www.stats.gov.cn/sj/zxfb/202605/t20260515_1963707.html
United States BLS expects 51-4193 employment to change by -9.7% over 2025—2035, which does not represent Chinese plating production line demand.
The United States 51-4193 occupation 2025 wage median is 43,960 dollars, not a Chinese position quote.
2025 United States 51-4193 national wage 10th percentile: annual wage 33,790 dollars, hourly wage 16.25 dollars; O*NET citing BLS, not a new entrant starting salary or take-home income.｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000
37,260 dollars per year
2025 United States 51-4193 national wage 25th percentile: annual wage 37,260 dollars, hourly wage 17.91 dollars; O*NET citing BLS, not a new entrant starting salary or take-home income.｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000
43,960 dollars per year
2025 United States 51-4193 national wage 50th percentile: annual wage 43,960 dollars, hourly wage 21.14 dollars; O*NET citing BLS, not a new entrant starting salary or take-home income.｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000
49,600 dollars per year
2025 United States 51-4193 national wage 75th percentile: annual wage 49,600 dollars, hourly wage 23.85 dollars; O*NET citing BLS, not a new entrant starting salary or take-home income.｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000
60,370 dollars per year
2025 United States 51-4193 national wage 90th percentile: annual wage 60,370 dollars, hourly wage 29.02 dollars; O*NET citing BLS, not a new entrant starting salary or take-home income.｜https://www.onetonline.org/link/localwages/51-4193.00?zip=00000
About 33,300 people
The 2025 employment base period for BLS 51-4193, with the table in units of thousands.；BLS｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
BLS expects 51-4193 employment to change by -9.7% over 2025—2035, a net decrease of about 3,200 people.；BLS｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
About 2,500 per year
BLS expects about 2,500 average annual openings for 51-4193, including growth and replacement demand.；BLS｜https://www.bls.gov/emp/tables/occupational-projections-and-characteristics.htm
United States 51-4193 is the standalone plating operator occupation. The wage median is May 2025 United States data and cannot be converted into a Chinese plating position quote or individual take-home pay.
The United States 51-4193 10, 25, 50, 75, and 90 percentile annual wages are 33,790, 37,260, 43,960, 49,600, and 60,370 dollars respectively; the corresponding hourly wages are 16.25, 17.91, 21.14, 23.85, and 29.02 dollars. Each is a statistical percentile and they cannot be pieced into an individual growth path. BLS expects 51-4193 employment of about 33,300 in 2025 and about 30,100 in 2035, a change of -9.7%; about 2,500 average annual openings including replacements. The United States 51-4193 plating operator 2025 wage median is 43,960 dollars per year.
Wages vary with region, production line, shifts, working hours, and employer; the national median is not an individual quote.
Region and project
Workpieces, the bath environment, and the plating method change the position requirements, which must be verified against the written position.
Process and position duties
The BLS typical entry-level education is a high school diploma or equivalent plus medium-term on-the-job training; experience and qualifications do not correspond directly to the national percentiles.
Training and experience
BLS expects 51-4193 employment of about 33,300 in 2025 and about 30,100 in 2035, a change of -9.7%; about 2,500 average annual openings including replacements.
Metal product plating
No same-scope industry wages obtained
The national occupational median is not a quote for this project.
Plastic product plating
No same-scope industry wages obtained
Affected by region and working hours; no special wages are fabricated.
Decorative coatings
No same-scope industry wages obtained
The position safety requirements of different baths and plating processes must be verified by production line.
Other plating projects
No same-scope industry wages obtained
Insufficient evidence: this time no same-scope standalone industry wages for these production projects were verified, and the gap is retained rather than filled in from national percentiles.
No. 43,960 dollars is the 2025 51-4193 occupational national wage median, not a new entrant starting salary.
It cannot be used to compute individual after-tax monthly salary or Chinese plating position wages; see the working hours, region, and written contract.
The five wage percentiles and corresponding hourly wages come from the O*NET United States 51-4193 national wage page citing BLS 2025 data; the median matches the 43,960 dollars in the BLS detailed projections table. Employment and openings come from the standalone 2025—2035 projection row.
Verify working hours, overtime, workpieces and project, local qualifications, and the written pay structure.
The United States 51-4193 plating operator 2025 wage median is 43,960 dollars per year.
33,790 dollars per year is the 10th percentile boundary; about 10% of wages are below this value, and it is not a minimum wage, minimum income, or new entrant starting salary.
Units: the 10, 25, 50, 75, and 90 percentile annual wages are 33,790, 37,260, 43,960, 49,600, and 60,370 dollars, with corresponding hourly wages of 16.25, 17.91, 21.14, 23.85, and 29.02 dollars. These belong to the 2025 United States 51-4193 national statistics, and the annual values are not derived from an individual's actual working hours; they are not a Chinese position quote.
60,370 dollars per year is the 90th percentile boundary; about 10% of wages are above this value, and it is not the highest income or the wage ten years from now.
O*NET realistic R100 and conventional C52, which support discussion of equipment and procedure preferences and are not directly equated with the official RC code or a qualification.
O*NET 51-4193 tasks and editorial exploration advice
Interest cannot replace training.
Observe whether conscientiousness and reliability show up in recording, review, and stopping wrong actions.
O*NET 51-4193 tasks and editorial exploration advice
Personality scores are not safety ability.
Occupational group interests do not prove chemical and electrical safety skills or machine operating authorization.
Can discuss collaboration and work preferences without judging parameter control, equipment operation, or hiring by type. Use fictional process cards to verify workpiece, parameter, plating, and bath risks.
Observe sustained interest in equipment parameters, plating inspection, and workshop work.
O*NET 51-4193 tasks and editorial exploration advice
Realistic R100 and conventional C52 (O*NET 51-4193); used to discuss equipment and procedure preferences and not directly equated with the official RC code.
R dominant · equipment and process
A paper self-rating is not equal to hands-on practice.
Can reflect on reactions to shifts, output pressure, and abnormal pauses; the type does not prove safety or quality. Compare whether chemicals, shifts, standing, and team collaboration are sustainable.
O*NET 51-4193 tasks and editorial exploration advice
Preferences do not predict hiring.
Do not set an unverified IQ cutoff; observe units, parameter trends, defect comparison, and understanding of supervisory feedback. Learn racking, immersion, parameters, and quality inspection under supervision.
O*NET 51-4193 tasks and editorial exploration advice
One exercise cannot prove proficiency.
See whether one can clearly report deviations, accept quality control feedback, and escalate to the responsible person; EQ does not grant bath mixing, repair, or acceptance rights. Verify the target position's chemicals, equipment, shift system, and training.
O*NET 51-4193 tasks and editorial exploration advice
Assessments do not replace position requirements.
Occupational group interest scores do not substitute for supervised training, factory safety rules, or machine operating authorization.
Currently O*NET realistic R100 and conventional C52, with realistic dominant; equipment, material, and process-procedure preferences can be discussed, and the top two are not directly declared the official RC code. Interest does not prove parameter adjustment, plating judgment, chemical safety, or position qualification.
Coating, painting, and spraying machine operator direction
Enjoys coatings and spraying
Medium and protection differ
Heat treating equipment operator direction
Enjoys metals and furnace temperature control
High-temperature methods require separate training
Chemical equipment operator direction
Enjoys chemical process monitoring
Equipment and reaction duties differ
Product inspector direction
Enjoys plating defect detection
Standalone inspection duties require separate verification
Metal grinding and polishing machine operator direction
Enjoys mechanical surface processing
The mechanical method differs
Industrial machinery mechanic direction
Enjoys equipment fault diagnosis
Repair qualifications require separate verification
Currently O*NET realistic R100 and conventional C52; the two highest scores are not directly declared the official RC code.
Process cards, baths, parameters, plating, and protection conditions also need to be verified.
Do not touch baths or energized equipment without factory safety confirmation; do paper exercises first.
O*NET lists immersion plating, adjusting current and voltage, watching instruments, thickness measurement, and recording.
No. Interest differs from real skills, training, and employer authorization.
51-4193 focuses on plating equipment; the 51-9124 coating equipment medium and methods differ.
The BLS 51-4193 typical entry-level education is a high school diploma or equivalent and medium-term on-the-job training.
No. 43,960 dollars is the 2025 51-4193 occupational median.
Interest shows willingness to do workshop processes; ability shows parameters, plating, records, and safety evidence.
Use fictional A1/A2/A3 materials to make sampling and pause decisions.
Willing to repeatedly verify batches, parameters, and plating against process cards and instrument records.
If you continue while bath, ventilation, or parameter conditions are unconfirmed, or find it hard to accept a pause and review, take chemical and equipment safety training first.
Use only fictional process cards to make a paper problem list; do not touch real equipment.
Tasks and the realistic-dominant interest score
51-4193 wages and employment
Adjacent occupation tasks
Heat treating tasks
Chemical process
Work environment
Entry education and training
Parameter and plating tasks
The risk card is for career exploration and the OSHA hexavalent chromium material applies to the United States; real plating follows local regulations, chemical instructions, the approved process, and authorization.
Bath contact, chromium plating exposure, electrical, workpiece handling, parameter abnormalities, and missing records all require control according to factory rules. When chemical or equipment conditions are unconfirmed, pause and hand over to qualified personnel for review.
O*NET supports immersion plating, parameters, and plating inspection; the OSHA hexavalent chromium material supports the corresponding contact and exposure risks, and the electrical overview supports general hazards; the interlock, handling, quality, and shift handover scenarios are editorial synthesis and are verified by specific production line.
Plating, process, and site supervisors
Skin or eye injuries.
Verify the chemical instructions and approved protection and pause on abnormalities.
Missing protection during racking, removal, or bath handling; the OSHA material directly supports skin and eye contact risk from hexavalent chromium baths, and other baths require checking their own material instructions.
Operators, process, and safety personnel
Follow the OSHA exposure control material in the United States; on site, follow the jurisdiction and monitoring plan.
Chromium plating can produce hazardous exposure, with inadequate ventilation and control plans.
Plating operators and maintenance personnel
Electric shock or equipment accidents.
Stop the equipment on abnormalities and have authorized maintenance personnel handle it.
Continuing to run with unconfirmed electrical equipment or interlock status (an editorial risk scenario, not a verified incident rate).
Operators and handling personnel
Pinching, falls, or liquid splashes.
Collaborate according to the equipment and handling plan and do not enter danger zones.
Insecure racking or improper removal movements.
Operators, process, and quality control personnel
Plating blisters, uneven coverage, or rework.
Record parameters and defects and have authorized personnel decide the handling.
Current, voltage, time, or bath condition deviating from the process card.
Production, quality control, and shift handover personnel
Later inability to trace quality or safety events.
Keep the batch, parameters, inspection, and open items.
Not recording the workpiece batch, abnormalities, or inspection results.
51-4193 immersion plating and plating
Hexavalent chromium exposure risk
United States electric shock, fire, and electrical risk background; does not provide plating interlock incident rates or Chinese rules.
Recording tool risk governance
Workshop tasks
| Operate or tend plating equipment according to the approved process. |
| Verify project experience, process, and safety training. |
| Lawful project records and quality data. |
| Bath mixing, repair, and acceptance authority require separate verification. |
| Coating, painting, and spraying machine setters, operators, and tenders | Operate spraying or roller coating equipment to form surface coatings. | Verify the adjacent 51-9124 tasks and qualifications. | Coating mock-ups and training records. | Not electrolytic immersion plating. |
| Inspectors, testers, sorters, samplers, and weighers | Inspect plating defects and dimensions according to specifications. | Verify the inspection standard and tool training. | Reviewable inspection records. | Quality control duties differ from equipment operation. |
Typical United States entry path
BLS 51-4193 lists a high school diploma or equivalent and medium-term on-the-job training.
Specific employers list separate requirements by chemical, equipment, and process.
Real on-site safety
Baths, ventilation, power, and workpiece handling are confirmed by qualified personnel according to factory rules.
Paper work cannot prove machine operation or bath mixing permission.
O*NET task verification
51-4193 lists immersion plating, adjusting current and voltage, watching instruments, and inspecting plating.
Compare the position duties with the task list item by item.
Work evidence
Use a fictional quality control sample to demonstrate ratio calculation, unknown items, and pause escalation.
Do not write it up as real plating experience.
Materials and setup｜all fictional data
The A1 fictional batch has 40 pieces, of which 5 are sampled and 2 show visible plating defects. Compute only the sample ratio and do not judge the conformity of the whole batch.
A2 pre-shift record: the current and voltage target column is blank; the bath label is unverified; the ventilation review column is blank.
A3 project agreement: when any of the three items is unconfirmed, do not energize and do not immerse, and hand the decision to the qualified responsible person.
Tasks and deliverables
Compute the A1 sample defect ratio and write the numerator, denominator, and the limitation that it cannot be extrapolated to the whole batch.
Prepare the A2/A3 start condition form and pause handover note: list the three unconfirmed items, batch, recipients, and pending decisions.
Reference answer (do it independently first)
The A1 sample defect ratio is 2÷5=0.40, that is 40%; the defect rate or conformity judgment of the whole 40 pieces cannot be asserted from this.
The parameter targets, bath label, and ventilation review in A2 are all unconfirmed; per A3, do not energize and do not immerse, and hand it to the qualified responsible person for verification.
Boundaries and scoring
Four-point scoring: the 2/5 calculation is correct, the limitation to the sample is stated clearly, all three unknowns are listed, and pausing and escalation are clear without impersonating batch acceptance; one point for each. Paper materials only; do not touch real baths, energized equipment, or workpieces; a perfect score does not prove machine operating qualification.
Sample calculation card
Write 2/5=40% and mark it as a fictional sample.
A peer can recompute it without mistaking it for a whole-batch conclusion.
Start condition form
List the parameter targets, bath label, and ventilation status.
The A2/A3 evidence corresponds item by item.
Pause handover note
Write the unconfirmed items, batch, responsible person, and pending reply.
Review card
Write the first draft errors, revision reasons, and training needs.
| Stage | Possible focus | Observation evidence | Use boundaries |
|---|---|---|---|
| Interview follow-up on sampling | Whether one can explain the 2/5 sample defect ratio | List the formula and the sample limitation | Do not infer the whole-batch conformity rate |
| Interview follow-up on the bath | What to do when the label is unverified | Do not immerse; hand to the qualified responsible person first | According to factory rules |
| Plating inspection during training | Whether batches and defects can be recorded | Quality control table and mentor feedback | Training is not equal to acceptance authorization |
| Ventilation status review | What to do when the ventilation record is unconfirmed | Pause and hand to qualified personnel for judgment | Do not set on-site thresholds on one's own |
Day One
Read A1 and copy the 40-piece batch, the 5-piece sample, and the 2 defective pieces.
Day Two
Compute 2/5=40% and state clearly that it is limited to the sample.
Day Three
Read A2 and list the three unconfirmed items of parameters, bath label, and ventilation.
Day Four
Based on A3, write a handover note not to energize and not to immerse.
Day Five
Ask a peer to verify the formula, batch, and recipient.
Day Six
Compare with the answer and the four-point scoring and revise the first draft.
Day Seven
File the sample card, condition form, handover note, and reflection, and check formal training entry points.
| Qualification / identity | Who it mainly suits | Realistic role in job seeking | Whether it is a general hiring threshold | Application / registration conditions | Level of investment | Important limits |
|---|---|---|---|---|---|---|
| United States high school diploma or equivalent | United States 51-4193 beginners | BLS typical entry-level education description | Not a unified threshold for all employers | See the specific position | According to the training arrangements | Does not grant machine operating rights |
| United States medium-term on-the-job training | Newly hired plating positions | The typical training listed by BLS | Requires supervised process learning | According to equipment and employer arrangements | On-the-job training | Completing training is not equal to acceptance rights |
| Chinese chemical and equipment training | People planning to work on Chinese production lines | Verify local, factory, and chemical requirements | This page does not claim a unified national certificate | Ask the authority and the employer | Depends on the position | United States material does not substitute for Chinese rules |
| Process card and instrument training | People who want to learn plating | Understand parameters and abnormality records | Depends on the position duties | Verify the real course | Continuous practice | A paper calculation is not equipment authorization |
| Plating inspection training | Trainees who take on quality control work | Understand defect and thickness records | Depends on the process and product | Verify the standard and the plan | Depends on the method | One coating type is not automatically universal |
| Paper exercise work | Career explorers | Show reviewable judgment | Not a qualification | Uses fictional materials only | One week | Cannot serve as machine operating experience |
The United States BLS typical education and medium-term training are statistical descriptions and do not grant real plating, bath mixing, repair, or acceptance rights.
Chinese plating position conditions are verified by chemical, equipment, and local rules; this page did not verify a national qualification rule that applies universally.
Training, employer hiring, on-site supervision, and quality acceptance are different states and are not replaced by paper work.
The exercises on this page prohibit real bath contact, energized equipment operation, bath mixing, or workpiece immersion.
This page does not infer a national threshold from a single job advertisement; job seeking requires verifying the process, chemicals, safety training, and shift system.
United States O*NET and BLS describe only a United States occupation; Chinese wages and factory rules must be verified separately.
The four stages in this module are used to organize ability development and are not a years table, a rank table, or a promotion promise. Staffing, authorization, and promotion rules vary greatly between organizations; the stage names describe an observable task scope, not a unified rank.
Use fictional materials to identify unconfirmed parameter, bath, and ventilation items.
Process card and risk observation
Practice equipment inspection, parameter recording, and plating inspection, keeping mentor feedback.
Supervised training
Complete production and records under the approved process and supervision.
Operation under position authorization
Retrain and re-verify authorization when new baths or equipment conditions change.
Continuous process review
The BLS United States typical education and medium-term on-the-job training are only a statistical description; the specific plating, chemical, and equipment duties must be verified by location and factory rules. Use the paper exercises first to judge whether you are willing to keep learning parameters, quality, and safety.
The United States typical education and medium-term training do not represent Chinese qualification; China is verified by factory and local rules.
United States O*NET, BLS, and OSHA apply to the United States, and Chinese wages and chemical rules require separate verification.
From paper observation to supervised machine operation, then taking on parameter monitoring and handover under authorization.
The detailed BLS 51-4193 row supports the typical education and training.
O*NET supports immersion plating, adjusting current and voltage, watching instruments, and plating inspection.
The National Bureau of Statistics supports only cross-occupation wage background.
The OSHA material is used to explain the hexavalent chromium exposure risk of United States chromium plating.
Do not touch equipment.
Verify a supervised position.
The 2/5 sample card and risk table can be recomputed.
Read the fictional process card and mark the unknown bath.
Paper learners
Does not independently accept work.
Add chemical training.
Mentor feedback and records.
Learn racking, immersion, and parameters under supervision.
Trainee plating operators
Bath mixing and acceptance follow authorization.
Accumulate experience with different coatings.
Real lawful production records.
Monitor, inspect, and hand over according to the process card.
Plating machine setters, operators, and tenders
Experience does not substitute for approval.
Review parameters, plating defects, and rework, and retrain and re-verify authorization when the bath process changes.
Can explain defects and improvements.
Take part in abnormal case reviews and mentoring.
Experienced plating operators
Bath mixing and maintenance require separate verification of training and authorization.
Take part in the process briefing.
Paper condition form.
Recognize bath, electrical, and workpiece handling risks.
Site observers
Does not approve machine operation.
Verify quality control training.
Handover is traceable.
Prepare workpieces and batch records as assigned.
Supervised assistance
Hand deviations to authorized personnel.
Learn new specifications.
Original measurements can be reviewed.
Verify defects and thickness under authorization.
Quality collaboration personnel
Do not substitute for final acceptance.
Spot-check workpiece batches, specifications, and original thickness data, close out abnormalities and handovers, and re-verify when the production line changes.
Problem closure records.
Organize process versions and process handovers.
Collaboration leads
Bath operation requires training and authorization.
Verify the course or training entry point.
Fictional batch list.
Identify workpiece materials and coating types.
Material learners
Do not repair independently.
Verify the equipment requirements.
Instrument record feedback.
Practice parameter recording and abnormal escalation according to the process.
Supervised equipment operators
Repair follows authorization.
Retrain on new equipment.
Inspection records are complete.
Observe equipment, instruments, and records under authorization.
Equipment collaboration personnel
Experience cannot replace testing.
Use instrument abnormality and rework cases to calibrate mentoring, retrain after equipment or process updates, and do not substitute experience for testing.
Improvement records.
Summarize defect and rework cases.
Production mentors
BLS 51-4193 projects a 2025—2035 employment change of -9.7% and about 2,500 average annual openings; openings include replacements and cannot directly infer project demand.
2025 base period—2035 projection
33.3 thousand is the 2025 base period and 30.1 thousand is the 2035 projection, an official net decrease of 3.2 thousand; neither is a current hiring figure.
Not the current number of job openings.
United States 51-4193 employment endpoints
The 51-4193 plating operator standalone row
About 33,300 people (2025) → about 30,100 people (2035)
Other metalworking occupations differ from the standalone 51-4193 row; this page uses only the standalone row's -9.7%.
Cannot infer demand for every region and each local plating production line.
Projected change
The 51-4193 plating operator standalone row
Includes growth and replacement from exits and role changes.
Different from the ten-year net change and not a hiring probability.
Average annual openings
The 51-4193 plating operator standalone row
About 2,500 per year
Standalone occupational employment and wages
Immersion plating and parameter tasks
Adjacent coating tasks
The realistic-dominant interest score and work context
Coating and spraying training
Surface treatment and quality inspection
Editorial comparison: medium
Furnace temperature and thermal cycle methods
Metal workpieces and instrument monitoring
Editorial comparison: medium
Reaction equipment and process authorization
Chemicals and process monitoring
Editorial comparison: high
Standalone inspection standards and responsibility
Defect identification and measurement records
Editorial comparison: medium
Machining equipment skills
Workpiece surface quality
Editorial comparison: medium
High-temperature smelting methods
Metal materials and equipment safety
Editorial comparison: high
Continue accumulating material and production line methods
Immersion plating, parameters, and coating inspection
Deepening within this occupation
Industrial machinery maintenance tasks and equipment training must be verified separately; authorization for electrical work cannot be inferred from plating experience.
Production equipment and fault observation
Editorial comparison: high
No reliable displacement rate for 51-4193 was verified this round. Tools can assist with records and anomaly alerts, but cannot replace bath safety, parameter approval, or coating acceptance; BLS projections are not attributed to AI.
Evidence is insufficient: no China-wide median wage for electroplaters directly comparable to US 51-4193 was verified. Urban non-private manufacturing units were 113,594 yuan/year and private units 76,055 yuan/year; manufacturing production and related personnel in units above designated size were 79,182 yuan/year. All are 2025 pre-tax annual average wages covering broad industries or broad occupations, not an electroplater-specific wage, median, entry-level pay, or take-home income.
No. The 2025 US annual median wage for 51-4193 was 43,960 dollars; the 10th, 25th, 75th, and 90th percentiles were 33,790, 37,260, 49,600, and 60,370 dollars respectively. Percentiles are not years of service or starting pay for new entrants.
BLS lists typical entry-level education for 51-4193 as a high school diploma or equivalent, with medium-term on-the-job training; individual employers set additional conditions based on chemicals, equipment, and processes.
You may not touch plating baths or energized equipment without factory safety clearance. OSHA US materials emphasize hexavalent chromium exposure in chromium plating; on-site conditions in China follow local regulations and factory plans.
Bath splashes, exposure, electrical abnormalities, coating blisters or uneven coverage, and missing records should all be handled according to procedures; paper exercises cannot set process thresholds on your own.
BLS projects employment for 51-4193 to go from about 33,300 in 2025 to about 30,100 in 2035, a change of -9.7%, with about 2,500 annual openings including replacements. Adjacent coating, heat treating, chemical equipment, and quality inspection roles must each be verified separately.
FermatMind career content team (official source review and editorial compilation, not an electroplating operating procedure)
Task and Realistic dominant interest scores are based on O*NET 51-4193; US 2025 wage quintiles are based on O*NET citing BLS, and employment is based on the BLS 2025—2035 independent row. China manufacturing and broad production role averages serve only as background, not as an electroplater median.
Official evidence review for this round: 2026-10-12; registered historical access dates are kept, and wages for 2025, projections for 2025—2035, and the US risk background were verified separately.
The Chinese text on this page explains the US occupational scope; conditions in Chinese factories are verified according to the project and local regulations. All practice materials are fictional and must not be used for real baths, energized equipment, solution mixing, or acceptance.
Tasks and RC interests; the old 2024—2034 projection in the archive is not used.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
O*NET OnLine
United States
2026 update
official occupation details
Occupation-specific
Tasks and RC interests; the old 2024—2034 projection in the archive is not used.
2026-10-03
Only the 51-4193 independent row: median 43,960 dollars, typical high school education, and medium-term on-the-job training; not a Chinese qualification.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
U.S. Bureau of Labor Statistics
United States
2025 wages; 2025—2035 projections
official statistics
Occupation-specific
Only the 51-4193 independent row: median 43,960 dollars, typical high school education, and medium-term on-the-job training; not a Chinese qualification.
2026-10-03
51-4193 employment from 33.3 thousand to 30.1 thousand, a net decrease of 3.2 thousand, -9.7%, with 2.5 thousand annual openings; the projection is for overall employment and does not separate the AI contribution.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
U.S. Bureau of Labor Statistics
United States
2025—2035 projections
official statistics
Occupation-specific
51-4193 employment from 33.3 thousand to 30.1 thousand, a net decrease of 3.2 thousand, -9.7%, with 2.5 thousand annual openings; the projection is for overall employment and does not separate the AI contribution.
2026-10-03
OEWS statistical entry point; the percentiles on this page are based on the 51-4193 national page in the updated wages data citing BLS; no independent industry wage for production segments was verified this round.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
U.S. Bureau of Labor Statistics
United States
2025 wages
official statistics portal
Occupation-specific
OEWS statistical entry point; the percentiles on this page are based on the 51-4193 national page in the updated wages data citing BLS; no independent industry wage for production segments was verified this round.
2026-10-03
NBS Table 2 non-private manufacturing 113594, Table 5 private 76055, Table 7 manufacturing production and related personnel in units above designated size 79182 yuan/year; pre-tax annual averages, broad industry or occupation, not electroplater-specific.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
National Bureau of Statistics
Mainland China
Annual 2025
official statistics
Industry reference
NBS Table 2 non-private manufacturing 113594, Table 5 private 76055, Table 7 manufacturing production and related personnel in units above designated size 79182 yuan/year; pre-tax annual averages, broad industry or occupation, not electroplater-specific.
2026-10-03
The actual link is an NBS wage release, not an occupational classification or qualification register; it cannot prove a unified entry qualification for electroplaters.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
National Bureau of Statistics
Mainland China
Annual 2025
official statistics
Industry reference
The actual link is an NBS wage release, not an occupational classification or qualification register; it cannot prove a unified entry qualification for electroplaters.
2026-10-03
US exposure to hexavalent chromium in chromium plating, ventilation monitoring, and health risks; does not claim all plating chemicals are the same, and does not support electric shock accident rates or Chinese regulations.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
U.S. Occupational Safety and Health Administration
United States
2013 material; reviewed this round on 2026-10-03
official safety guidance
Industry reference
US exposure to hexavalent chromium in chromium plating, ventilation monitoring, and health risks; does not claim all plating chemicals are the same, and does not support electric shock accident rates or Chinese regulations.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
A cross-occupation study of generative AI task exposure; does not provide actual tool adoption, layoffs, or displacement rates for 51-4193.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
International Labour Organization
Cross-region
2025
research report
Industry reference
A cross-occupation study of generative AI task exposure; does not provide actual tool adoption, layoffs, or displacement rates for 51-4193.
2026-10-03
The old ID is named OSHA with an empty URL and cannot support the editorial exercises and suggestions on this page; the current editorial summary has moved to editor-note, and the old identity is retained.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Old editorial metadata
legacy source placeholder
Industry reference
The old ID is named OSHA with an empty URL and cannot support the editorial exercises and suggestions on this page; the current editorial summary has moved to editor-note, and the old identity is retained.
2026-10-03
Organizational generative AI reliability, confidentiality, and human oversight risks; not certification of plating equipment performance, baths, or coatings.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
U.S. National Institute of Standards and Technology
United States
2024
official risk guidance
Industry reference
Organizational generative AI reliability, confidentiality, and human oversight risks; not certification of plating equipment performance, baths, or coatings.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
Source names and actual URLs keep their original identity; the body text cites only the verified scope of application.
Occupational Safety and Health Administration
United States
Reviewed this round on 2026-10-03
official regulatory portal
Industry reference
The actual URL is only the OSHA laws-regs regulatory entry point; the old ID is not a paper, employer survey, wage percentile, or adjacent occupation material. It cannot be used to support the specific plating technology, statistics, or adoption rates on this page.
2026-10-03
This page is manually compiled; it does not constitute a wage survey, a unified qualification, on-site process guidance, or electrical operation instructions.
FermatMind career content team
China and the US are explained separately
Reviewed 2026-10-03
editorial synthesis
internal_rubric
This page is manually compiled; it does not constitute a wage survey, a unified qualification, on-site process guidance, or electrical operation instructions.
2026-10-03
US 51-4193 annual wages at 10/25/50/75/90 are 33790/37260/43960/49600/60370 dollars; hourly wages are 16.25/17.91/21.14/23.85/29.02 dollars, not years of service or individual quotes.
O*NET OnLine / U.S. Bureau of Labor Statistics
United States
2025 wages
official statistics
Occupation-specific
US 51-4193 annual wages at 10/25/50/75/90 are 33790/37260/43960/49600/60370 dollars; hourly wages are 16.25/17.91/21.14/23.85/29.02 dollars, not years of service or individual quotes.
2026-10-03
Overview of US electrical hazards, including electric shock, fire, and training; the interlock stop scenario is an editorial summary on this page and does not provide accident rates for this occupation or Chinese operating rules.
U.S. Occupational Safety and Health Administration
United States
Reviewed 2026-10-03
official safety guidance
Industry reference
Overview of US electrical hazards, including electric shock, fire, and training; the interlock stop scenario is an editorial summary on this page and does not provide accident rates for this occupation or Chinese operating rules.
2026-10-03
Spray or roller coating of various products, with different equipment and media training; adjacent suggestions are not hiring probabilities.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Spray or roller coating of various products, with different equipment and media training; adjacent suggestions are not hiring probabilities.
2026-10-03
Heating, hardening, annealing, and similar work; does not directly grant mutual recognition of plating authorization.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Heating, hardening, annealing, and similar work; does not directly grant mutual recognition of plating authorization.
2026-10-03
Chemical reaction equipment for industrial products; not plating job wages or qualifications.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Chemical reaction equipment for industrial products; not plating job wages or qualifications.
2026-10-03
Independent product defect, specification measurement, and sampling work; inspection responsibility is verified separately.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Independent product defect, specification measurement, and sampling work; inspection responsibility is verified separately.
2026-10-03
Removing material, burrs, and grinding and polishing workpiece surfaces; a different method from deposited coatings.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Removing material, burrs, and grinding and polishing workpiece surfaces; a different method from deposited coatings.
2026-10-03
Repair, installation, adjustment, and maintenance of production machinery; does not automatically grant electrical or plating authority.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Repair, installation, adjustment, and maintenance of production machinery; does not automatically grant electrical or plating authority.
2026-10-03
Melting and refining metals; high-temperature equipment and methods must be verified separately.
O*NET OnLine
United States
Reviewed 2026-10-03
official occupation summary
Occupation-specific
Melting and refining metals; high-temperature equipment and methods must be verified separately.
2026-10-03